C1808C681J2GACTU

KEMET
80-C1808C681J2GACTU
C1808C681J2GACTU

Mfr.:

Description:
Multilayer Ceramic Capacitors MLCC - SMD/SMT 200V 680pF 5% C0G 1808

Datasheet:
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Availability

Stock:
Non-Stocked
Factory Lead Time:
29 Weeks Estimated factory production time.
Long lead time reported on this product.
Minimum: 2500   Multiples: 2500
Unit Price:
-,-- €
Ext. Price:
-,-- €
Est. Tariff:
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Pricing (EUR)

Qty. Unit Price
Ext. Price
Full Reel (Order in multiples of 2500)
0,353 € 882,50 €

Similar Products

Product Attribute Attribute Value Select Attribute
KEMET
Product Category: Multilayer Ceramic Capacitors MLCC - SMD/SMT
RoHS:  
680 pF
200 VDC
C0G (NP0)
5 %
1808
4520
SMD/SMT
Standard
- 55 C
+ 125 C
4.7 mm (0.185 in)
2 mm (0.079 in)
1 mm (0.039 in)
General Type MLCCs
SMD Comm C0G
Reel
Brand: KEMET
Class: Class 1
Country of Assembly: Not Available
Country of Diffusion: Not Available
Country of Origin: MX
Package/Case: 1808 (4520 metric)
Product Type: Ceramic Capacitors
Factory Pack Quantity: 2500
Subcategory: Capacitors
Type: C0G Dielectric Commercial Grade MLCCs
Part # Aliases: C1808C681J2GAC7800
Unit Weight: 149,424 mg
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Attributes selected: 0

Datasheet

Models

Specification Sheets

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TARIC:
8532240000
CNHTS:
8532241000
USHTS:
8532240020
JPHTS:
853224000
BRHTS:
85322410
ECCN:
EAR99

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Ceramic Capacitors

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Commercial Grade Class I Dielectric ≤250V MLCCs

KEMET Commercial Grade Class I Dielectric SMD ≤250V MLCCs feature a 125°C maximum operating temperature and are considered stable. These capacitors feature a Class I material that exhibits no change in capacitance with respect to time and voltage. This series also boasts a negligible change in capacitance with reference to ambient temperature. Capacitance change is limited to ±30ppm/ºC from -55°C to +125°C. These KEMET temperature-compensating MLCCs are ideal for resonant circuit applications or those where Q and stability of capacitance characteristics are required. The lineup includes AEC-Q200-qualified capacitors.

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Commercial ≤250V MLCCs

KEMET Commercial ≤250V MLCCs offer various form factors, dielectrics, case sizes, up to 250VDC voltage, and capacitance values to give designers solutions for every possible application. These MLCCs from KEMET are available in C0G, U2J, X7R, X5R, Y5V, and Z5U dielectrics with capacitance values up to 100uF and case sizes ranging from EIA 0201 to 2225. Form factors include two-terminal surface-mount MLCCs, arrays, axial, and radial leaded termination options, including those with Sn and SnPb terminations.

Commercial Grade SMD ≤250V MLCCs

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KEMET has expanded its High CV Multilayer Ceramic Capacitors (MLCCs) in X7R dielectric. Recent design and manufacturing technology innovations have led to significant increases in capacitance in EIA 0805 through 1812 case sizes and rated voltages of 500VDC, 630VDC, and 1000VDC. KEMET maximum capacitance offerings are now up to seven times greater than those previously available. Typical applications include switch-mode power supplies (input filters, resonators, tank circuits, snubber circuits, output filters), high voltage coupling and DC blocking, lighting ballasts, voltage multiplier circuits, DC/DC converters, and coupling capacitors in Cuk converters. KEMET High CV Multilayer Ceramic Capacitors (MLCCs) are a preferred capacitance solution, offering tremendous performance, reliability, and cost advantages for circuit designers. Ceramics are non-polar devices that offer unsurpassed volumetric efficiency, delivering the highest capacitance in the smallest package sizes in the market. Available in a wide range of sizes, KEMET High CV MLCCs offer very low equivalent series resistance (ESR), exhibit excellent high-frequency characteristics, and are extremely reliable. MLCCs are monolithic devices that consist of laminated layers of specially formulated, ceramic dielectric materials interspersed with a metal electrode system. The layered formation is then fired at high temperatures to produce a sintered and volumetrically efficient capacitance device. A conductive termination barrier system is integrated on the exposed ends of the chip to complete the connection. View the entire

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